84 -- Considering the figure showing the orientation of molecules in an electric field, which statement is incorrect? [Figure: A battery connected to two plates, with molecules labeled E, D, and A oriented between the plates in an electric field X.]
[(1)] D, A, and E can respectively be molecules HI, $\mathrm{SiH_4}$, and $\mathrm{H_2S}$.
[(2)] If molecule E is $\mathrm{H_2O}$, surface X has a negative electric charge and the dipole moment of molecule D is zero.
[(3)] If molecule E is $\mathrm{SO_2}$, the partial charge of the lateral atoms, Y, is opposite to the electric charge of surface Y.
[(4)] If molecule A is HCl, the partial charge of the lateral atoms of molecule D can be the same as the partial charge of the Cl atom in molecule A.
\textbf{84 --} Considering the figure showing the orientation of molecules in an electric field, which statement is \underline{incorrect}?
\textit{[Figure: A battery connected to two plates, with molecules labeled E, D, and A oriented between the plates in an electric field X.]}
\begin{enumerate}
\item[(1)] D, A, and E can respectively be molecules HI, $\mathrm{SiH_4}$, and $\mathrm{H_2S}$.
\item[(2)] If molecule E is $\mathrm{H_2O}$, surface X has a negative electric charge and the dipole moment of molecule D is zero.
\item[(3)] If molecule E is $\mathrm{SO_2}$, the partial charge of the lateral atoms, Y, is opposite to the electric charge of surface Y.
\item[(4)] If molecule A is HCl, the partial charge of the lateral atoms of molecule D can be the same as the partial charge of the Cl atom in molecule A.
\end{enumerate}
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